03 Fluorescent bulbs

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T5 35W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T5 28W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T5 14W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

NANO LED fluorescent bulb with single-sided feed. Optimal luminous flux. Contributes to savings of approximately 70% in electricity consumption. Suitable mainly for institutional use in schools and offices.

NANO LED fluorescent bulb with single-sided feed. Optimal luminous flux. Contributes to savings of approximately 70% in electricity consumption. Suitable mainly for institutional use in schools and offices.

NANO LED fluorescent bulb with single-sided feed. Optimal luminous flux. Contributes to savings of approximately 70% in electricity consumption. Suitable mainly for institutional use in schools and offices.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T8 58W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T8 36W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T8 36W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T8 36W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

Teflon-coated glass LED fluorescent bulbs, with single-sided feed. High luminous efficiency 100Lm/W. Economical in electricity consumption, is a replacement for the T8 18W bulb. For office and home use, as well as in parking lots, industry, warehouses, and more. Can be installed in sealed bodies.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.

The fluorescent bulb operates using Lumilux technology, which has a high color rendering index (CRI) > 85. Maintaining a high luminous flux throughout the life of the bulb. Can be operated using electromagnetic or electronic ballasts.